Eaton Tripp Lite Series High-Density Panel Fiber Splice Enclosure - 12 Cassettes, 288 LC/APC SM 0.9 mm, 1.5 m Pigtail, 2U Rack

Designed for demanding network environments, the Eaton Tripp Lite Series High-Density Panel Fiber Splice Enclosure delivers unparalleled flexibility and scalability for modern data centers, telecom facilities, and enterprise networks. This advanced enclosure is engineered to maximize fiber management efficiency, enabling on-site adjustments to cable lengths and connection types without sacrificing performance or reliability. With 12 splicing cassettes, each pre-loaded with 24 unterminated cables, you gain the freedom to adapt fiber routes, reconfigure connections, and optimize bandwidth allocation as your infrastructure evolves. The compact 2U rack footprint consolidates a large fiber footprint into a single, organized enclosure, reducing space requirements while improving cable path clarity, testing access, and serviceability. Whether you’re expanding a campus backbone or upgrading a data center spine, this high-density panel splicing enclosure supports fast deployment, precise termination, and long-term reliability in a single, scalable solution.

• On-site flexibility with 12 cassettes and 24 unterminated cables per cassette: This enclosure enables on-site adjustment of cable lengths and connection types to precisely fit your infrastructure needs. By pre-loading each cassette with unterminated cables, technicians can tailor terminations and splice configurations in the field, reducing lead times and eliminating the need for excessive pre-termination work. The result is faster deployment, streamlined changes, and a more adaptable network backbone that can evolve with your business.
• Exceptional fiber density in a compact 2U rack footprint: Featuring 12 splicing cassettes and a total capacity of 288 LC/APC single-mode connections, this panel maximizes fiber management in a small space. The dense design minimizes cable clutter, simplifies airflow management, and delivers clean routing for critical links. The LC/APC connections provide low insertion loss and high return loss performance, helping you maintain signal integrity across your fiber plant.
• 1.5 m pre-sized pigtails for efficient routing and terminations: Each enclosure ships with 1.5-meter pigtails, giving technicians ample length to route connections to active equipment, splice trays, or patch panels inside the rack. The 0.9 mm fiber jacket supports easy routing through cable channels, with LC/APC connectors delivering polished ends for precise, repeatable terminations and stable, low-loss performance.
• Rugged, rack-ready design for durable data-center performance: Built to withstand the rigors of busy data rooms, the enclosure combines a sturdy metal construction with secure latching and organized cable management features. Its 19-inch, 2U form factor integrates seamlessly into standard racks, reducing installation time and enabling rapid expansion or reconfiguration as your fiber architecture scales.
• User-friendly maintenance, testing, and future-proofing: The modular 12-cassette arrangement supports straightforward maintenance, re-termination, and testing with OTDR or optical power meters. Clear labeling, accessible splice trays, and modular cassette design help technicians locate, test, and replace individual sections without disturbing the entire system. This enclosure is ideal for evolving networks that require frequent reconfigurations, migrations, or incremental capacity increases.

Technical Details of Eaton Tripp Lite Series High-Density Panel Fiber Splice Enclosure

• Number of splicing cassettes: 12
• Fiber/connector configuration: 288 LC/APC SM 0.9 mm pigtails total capacity
• Pigtail length: 1.5 meters
• Rack compatibility: 2U rack-mountable enclosure
• Cassette design: pre-loaded with 24 unterminated cables per cassette for on-site termination and length customization

How to install Eaton Tripp Lite Series High-Density Panel Fiber Splice Enclosure

Installing this high-density fiber splice enclosure is a straightforward process designed to minimize downtime and maximize reliability. Follow these best-practice steps to ensure a clean, efficient, and scalable fiber installation.

1) Plan and document your fiber routes. Identify incoming and outgoing fiber paths, label cables, and map where each cassette will connect within the 2U rack. A clear plan reduces on-site handling time and helps prevent misrouting during termination. Consider environmental factors in the rack area, including airflow and cable management space for future growth.

2) Prepare the rack space. Ensure your cabinet or rack has sufficient clearance for the 2U enclosure, and verify that mounting rails are in good condition. Prepare cable entry points and create orderly channels for pigtails and patch cords to avoid tangling or unnecessary bending radii.

3) Mount the enclosure in the rack. Align the enclosure with standard 19" rack rails and secure it firmly using the provided hardware. Confirm that the unit is level and stable before proceeding to wiring and termination. A secure mount reduces the risk of cable strain and ensures dependable connections over time.

4) Access and inspect the cassettes. Remove any protective covers and inspect the 12 splicing cassettes. Verify that each cassette includes the standard 24 unterminated cables and that the LC/APC connectors are properly aligned for easy termination. If needed, organize the cassette order to align with your planned fiber routing.

5) Route and terminate pigtails. Begin with primary trunk fibers and route them through their designated pathways inside the enclosure. Use the 1.5-meter pigtails to connect each LC/APC pair at the cassette end, performing field terminations or splice closures as required by your network design. Employ fusion or mechanical splicing per your project standards, and ensure each termination exhibits clean, smooth joints with minimal bend radius to preserve signal integrity.

6) Label, test, and document. After termination, label each fiber path clearly and perform a trace to verify continuity and loss targets. Use an OTDR, visual fault locator, or power meter to confirm split ratios, insertion loss, and connector quality. Document as-built cable routes, cassette mappings, and any field-adjusted lengths to support future maintenance and upgrades.

7) Finish and secure. Reinstall any dust covers and ensure all cables are neatly fastened with cable ties or management channels. Confirm that the enclosure doors close securely and that there is adequate clearance for heat dissipation. With the system in place, implement a routine maintenance plan to inspect fiber paths, verify terminations, and update documentation as your network evolves.

This installation workflow helps you maximize performance from day one while maintaining a scalable platform for future expansion. The Eaton Tripp Lite High-Density Panel Fiber Splice Enclosure provides a robust foundation for high-capacity fiber networks, delivering reliable, organized, and easily maintainable fiber management in a compact form factor.

Frequently asked questions

• What is the total fiber capacity of this enclosure? It supports 12 splicing cassettes with a total capacity of 288 LC/APC single-mode (SM 0.9 mm) pigtails, enabling dense fiber connectivity within a compact 2U rack footprint.
• What type of connectors are used? The enclosure uses LC/APC connectors for single-mode fiber, providing polished ends and improved return loss performance for critical links.
• What is the length of the pigtails? Each cassette comes with 1.5-meter pigtails, offering ample length to route connections within the rack and to adjacent equipment without excessive slack.
• Is this enclosure rack-mountable? Yes. It is designed for standard 19-inch racks and occupies 2U of vertical space, making it easy to integrate into existing data center enclosures and cable management schemes.
• Are the cables terminated in advance? No. The cassettes are pre-loaded with unterminated cables, allowing on-site terminations and configuration to meet your specific network topology and future expansion plans.
• What environments is this enclosure suitable for? It is ideal for data centers, enterprise networks, campus backbones, and other environments requiring high-density fiber management with flexible, on-site termination capabilities.